Pulsatile Flow During Centrifugal Cardiopulmonary Bypass – Senior Design
- Co-leading development of a centrifugal pump system to generate pulsatile flow for cardiopulmonary bypass.
- Designed mechanical components in SolidWorks and developing a microcontroller/PCB control system to regulate motor speed.
- Created engineering requirements and verification plan following medical device standards (ISO 13485, IEC 60601).
Wearable Heart Rate Monitor with Bluetooth Transmission
- Designed schematic and PCB layout in KiCad for a wearable PPG heart rate monitor.
- Programmed embedded C for ADC sampling, digital filtering, and peak detection.
- Integrated Bluetooth module to transmit heart rate data to a mobile device.
Duodenum Phantom Organ Simulation – Junior Design
- Led development of a 3D-printed canine duodenum phantom for ultrasound testing.
- Evaluated materials (silicone, gel wax, PETG) to replicate tissue properties.
- Used MATLAB to compare ultrasound echogenicity with real tissue data.
Microcontroller-Based Automatic Fire Suppression System
- Designed MSP430 system to detect fire risk using temperature and sound inputs.
- Integrated TMP006 sensor and microphone via I2C/ADC.
- Programmed embedded C to trigger sprinkler activation after alarm detection or >150°F.Wearable Heart Rate Monitor with Bluetooth Data Transmission, Designed schematic and PCB layout in KiCad, integrating analog front-end circuitry and digital filtering components., Implemented embedded C code for ADC sampling, digital signal filtering, and peak detection to calculate heart rate from PPG data., Integrated Bluetooth module for wireless transmission of processed heart rate data to a mobile device.